North Dakota · ≈ 55.3° magnetic latitude · needs about Kp 5.5

Northern lights tonight in North Dakota

North Dakota sits at about 55° magnetic latitude, so the aurora reaches it from roughly Kp 5.5 — a few nights a year, on G2–G3 storms. The card below reads NOAA's oval, tonight's dark hours, the cloud and the Moon for Theodore Roosevelt National Park, North Unit right now.

North Dakota is the flattest, darkest aurora ground east of the Rockies, at 56–57° magnetic latitude along the Canadian line — the same threshold as northern Minnesota, Kp 5, with far less cloud. The Turtle Mountains on the border are the northernmost public land; Theodore Roosevelt's North Unit has a Bortle 2 sky and the badlands rim for a foreground. Devils Lake gives water to the north. What the state lacks is a tourist infrastructure, which is why it appears in few lists and in most of the best photographs from the 2024 storms.

Theodore Roosevelt National Park, North Unit Use your own location instead →

The oval now, pole to 40°, North Dakota's meridian at the bottom. Dashed: tonight's forecast Kp.

Reading NOAA…

Theodore Roosevelt National Park, North Unit

rows: dark · oval · clear · no Moon — the window is the run of green hours

Reading NOAA…

Where to go in North Dakota

Three sites a photographer would drive to, each with its measured ground darkness from the light pollution atlas and its own verdict for tonight. Coordinates are approximate: a viewpoint, a shore, a car park.

Kp now and the three nights ahead

The Kp index, with North Dakota's row marked → · Storm today? →

Camera settings for this aurora

From the oval's brightness right now and the exposure law.

Plan the sequence · stack the night when you are back · the photography guide →

Other places

Sources

Aurora grid, Kp, solar wind and alerts: NOAA SWPC, read live by your browser. Cloud: MET Norway (CC BY 4.0), which receives the site's coordinates rounded to two decimals. Ground darkness: this site's atlas. Magnetic latitude from the 2025 IGRF dipole; the Kp threshold from NOAA's viewing table.